Solve this: 22 A body of mass 2 kg is projected vertically up with a velocity of 100 - Physics - Work Energy And Power

Question

Solve this:

22 A body of mass 2 kg is projected vertically up with a velocity
of 100 ms-1 If it rises to a height of 400 m, the energy
utilized to overcome friction is ( g=10 ms-2)

1) 10 KJ 2) 8 KJ 3) 1 KJ 4) 2 KJ

Decoder_2 · Accepted Answer

Dear student,

refer to the link below for the answer to a similar query,

https://www meritnation
com/ask-answer/question/a-50kg-sphere-is-projected-vertically-with-speed-200m-i/laws-of-motion/11933925

Regards

Solve this: 22. A body of mass 2 kg is projected vertically up with a velocity of 100 ms-1. If it rises to a height of 400 m, the energy utilized to overcome friction is ( g=10 ms-2) 1) 10 KJ 2) 8 KJ 3) 1 KJ 4) 2 KJ

Solve this:

22. A body of mass 2 kg is projected vertically up with a velocity of 100 ms^-1. If it rises to a height of 400 m, the energy utilized to overcome friction is ( g=10 ms^-2)

1) 10 KJ 2) 8 KJ 3) 1 KJ 4) 2 KJ